Synthesis of optimum control of transients of power supply systems

The quality of power supply system work reliability, its wide use and the profitability of modes directly depends on the accuracy of calculations of transient processes and the decisions accepted on their basis. To provide the required quality of these processes is necessary to use the full available resource of anti-emergency safety. In the complex power supply systems the program control is the most perspective that means a finding in a function of time the law of operation and a corresponding phase of trajectory for the known initial conditions and the set indignation. Heavy dynamic indignations can lead to the undesirable consequences. The laws of operation define the regimes of the automatics work. The problem of a synthesis of a safety control becomes complicated because of a high extent of differentials describing the transitive electromechanical processes in the power supply systems, non-linearties and restrictions on the change of some parameters. It is necessary to improve the program control simulation methods for power supply systems.